Sivapathasundharam B, Prakash P A, Sivakumar G
Department of Oral and Maxillofacial Pathology, Meenakshi Ammal Dental College, Alpakkam Rd, Maduravoyal, Chennai 602102, India.
Indian J Dent Res. 2001 Oct-Dec;12(4):234-7.
External surface of the lip has many elevations and depressions forming a characteristic pattern called lip prints, examination of which is referred to as cheiloscopy. This is unique for individuals like the finger prints. The biological phenomenon of systems of furrows on the red part of the human lips was first noted and described by anthropologist R.S. Fischer, in 1902. However until 1930, anthropology merely mentioned the existence of furrows without suggesting a practical use for the phenomenon. Since 1950, the Japanese have carried out extensive research in this matter. In the period 1968 to 1971, Y.T Suchhihashi and T. Suzuki examined 1364 persons at the department of forensic odontology at Tokyo university and established that the arrangement of lines on the red part of the human lips is individual and unique for each human being. Lip print recording is helpful in forensic investigation that deals with identification of humans, based on lip traces. A lip print may be revealed as a surface with visible elements of lines representing the furrows. This characteristic pattern helps to identify the individuals since it is unique for individuals. When the lines are not clear (Only the shape of lines is printed), individual identification of human being based on this trace is extremely difficult, unless the trace contains more individual characteristics like scars, clefts etc, and often identification ends with group identification.
嘴唇的外表面有许多隆起和凹陷,形成一种被称为唇纹的独特图案,对唇纹的检查被称为唇纹鉴定。唇纹就像指纹一样,对每个人来说都是独一无二的。人类嘴唇红色部分的纹路系统这一生物现象最早是由人类学家R.S.费舍尔在1902年发现并描述的。然而,直到1930年,人类学只是提到了纹路的存在,并没有暗示这种现象有实际用途。自1950年以来,日本人对这一问题进行了广泛的研究。在1968年至1971年期间,Y.T. Suchhihashi和T. Suzuki在东京大学法医牙科学系对1364人进行了检查,确定人类嘴唇红色部分的纹路排列对每个人来说都是独特且唯一的。唇纹记录有助于基于唇痕进行人类身份识别的法医调查。唇纹可能表现为一个带有代表纹路的可见线条元素的表面。这种独特的图案有助于识别个体,因为它对每个人来说都是独一无二的。当纹路不清晰时(只印下了线条形状),基于这种痕迹对人类进行个体识别极其困难,除非该痕迹包含更多个体特征,如疤痕、裂口等,而且识别往往最终只能确定到群体识别。